NAVAIR partners with Hydronalix and Oklahoma State University for Advanced Propeller Advancement

The United States Naval Air Systems Command (NAVAIR) has initiated a Phase II Small Business Technology Transfer (STTR) program, collaborating with Hydronalix and Oklahoma State University to innovate a lightweight ceramic composite propeller tailored for small unmanned aerial systems (sUAS).

Progress from Phase I: A Foundation for Innovation

During the initial Phase I, the partnership between Hydronalix and the Next Generation Materials Laboratory at Oklahoma state University focused on the design, production, and testing of a propeller crafted from high-strength, high-modulus materials. This phase successfully demonstrated enhancements in aerodynamic efficiency, including notable reductions in vibration and noise emissions.

Advancements in Phase II: Enhancing sUAS Capabilities

Phase II aims to expand upon the foundational work established in the first phase, with a focus on refining the technology to further elevate the performance of sUAS.

Expert Insights on the Project

Anthony Mulligan,the CEO of Hydronalix,expressed enthusiasm about the Phase II award,stating,“We are privileged to advance to Phase II and are committed to delivering cutting-edge technology to support our military personnel.”

Dr. Jamey Jacob, who serves as the Director of the Unmanned Systems Research Institute and is a Professor of Aerospace Engineering at Oklahoma State University, added, “We are eager to cultivate this promising capability and transition it to meet the Navy’s operational requirements and commercial applications.”